Carbon Dioxide Fire Extinguishing System

Carbon Dioxide Fire Extinguishing System is an automatic fire detection and fire suppression system designed to protect electrical equipment, generator rooms, control rooms, transformer areas, industrial machinery, power plants and other special fire hazards. The system uses Carbon Dioxide gas as the extinguishing agent and can be engineered for total flooding or local application fire protection, depending on the protected hazard and application.

The system combines automatic fire detection, release control, Carbon Dioxide cylinders, piping and discharge nozzles to provide rapid fire suppression. When a fire condition is detected, the system activates the designed release sequence and discharges Carbon Dioxide into the protected area or directly onto the identified fire risk.

Applications: Generator Room, DG Room, Transformer Room, Control Room, Electrical Room, Switchgear Room, MCC Room, Power Plant, Substation, Compressor Room, Industrial Machinery, Process Equipment, Turbine Area, Engine Room and Special Hazard Areas.

Suitable For: Electrical Fire, Oil Fire, Lubricating Oil Fire, Generator Fire, Transformer Fire, Machinery Fire, Control Equipment Fire and Other Suitable Special Hazard Applications subject to proper fire risk assessment and engineered system design.

Main Components: Carbon Dioxide Cylinders, Cylinder Valves, Automatic Release Mechanism, Pressure Switch, Smoke Detectors, Heat Detectors, Linear Heat Detection, Control Panel, Carbon Dioxide Discharge Nozzles, Piping Network, Manual Release Station, Alarm Devices, Warning Flasher, Pressure Gauge, Time Delay Arrangement and Installation Accessories.

Working Principle: The Carbon Dioxide Fire Suppression System continuously monitors the protected area using the selected fire detection system. When the specified fire condition is detected, the system initiates the fire alarm and pre discharge sequence. After the required warning and release logic, Carbon Dioxide is discharged through strategically positioned nozzles to suppress the fire.

Total Flooding System: A Total Flooding Carbon Dioxide Fire Suppression System is designed for suitable enclosed areas where Carbon Dioxide can be distributed throughout the protected volume. Room volume, enclosure integrity, ventilation, openings, fire load and required extinguishing concentration are considered during system design.

Local Application System: A Local Application Carbon Dioxide Fire Suppression System can be designed to protect specific hazards such as generators, transformers, machinery, compressors, oil tanks, turbines and process equipment without necessarily protecting the entire room.

Detection Options: The system may be configured with smoke detectors, heat detectors, linear heat sensing cable, fire detection tube or other suitable detection technology according to the hazard and environmental conditions.

Interlocking: The system can be integrated with HVAC systems, exhaust fans, machine shutdown, electrical isolation, fuel shutdown, fire alarm systems and other safety controls where required by the engineered design.

Key Features: Automatic Fire Detection, Automatic Carbon Dioxide Fire Suppression, High Pressure Carbon Dioxide System, Total Flooding Protection, Local Application Protection, Rapid Fire Response, Electrical Fire Protection, Oil Fire Protection, Equipment Protection, Pre Discharge Alarm, Time Delay, Manual Release and Alarm Integration.

Benefits: The system helps protect critical equipment, reduce fire damage, control fire rapidly, support business continuity and provide automatic protection for high risk industrial and electrical areas.

Suitable Industries: Power Plants, Electrical Substations, Steel Plants, Cement Plants, Oil and Gas, Petrochemical, Chemical Industries, Manufacturing Plants, Automotive Industries, Mining, Process Industries, Engineering Industries and Industrial Facilities.

The required Carbon Dioxide quantity, cylinder capacity, number of cylinders, nozzle quantity, nozzle location, pipe size, detection arrangement, discharge time and system configuration should be determined according to the protected volume, fire hazard, fire load, equipment layout, ventilation conditions and engineered fire suppression design.

For applicable engineered systems, NFPA 12 may be considered. Carbon Dioxide can create an oxygen deficient and life threatening atmosphere, therefore total flooding systems require appropriate pre discharge alarms, warning devices, time delay, evacuation procedures, release controls, interlocks and other life safety measures according to applicable standards and project requirements.

Fire Engineering Technology provides Carbon Dioxide Fire Extinguishing Systems, Carbon Dioxide Fire Suppression Systems, Carbon Dioxide Flooding Systems, High Pressure Carbon Dioxide Systems and Local Application Carbon Dioxide Systems with design, engineering, supply, installation, testing, commissioning, maintenance, AMC, refilling and servicing across India.

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